260722 - SOW -3132 trsnsfer switch Repairs binder.pdf

FACILITY ENGINEERING

MASSACHUSETTS ARMY NATIONAL GUARD

2808 RICHARDSON ROAD

CAMP EDWARDS

CAPE COD, MA 02542-1330

PROJECT NUMBER 260722

STATEMENT OF WORK

FOR

CONTRACT SERVICES

TO PERFORM

Replace the 1200 Amp Caterpillar Generator Automatic Transfer Switch

At Fire Station Building 3132

AT

MTA CAMP EDWARDS ,

CAPE COD MASSACHUSETTS

THROUGH

THE COMMONWEALTH OF MASSACHUSETTS

MILITARY DIVISION

2 RANDOLPH ROAD,

HANSCOM AFB, MA 01731

Transfer Switch– 3132 NGMA Project 260722

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STATEMENT OF WORK

SECTION 01000

GENERAL REQUIREMENTS

This statement of work is hereby made part of the pre-printed forms of this contract.

1.1 SCOPE OF WORK: Furnish all necessary equipment, labor, parts, materials, supervision and other support services required to perform the replacement of the transfer switch at Fire Station Building 3132, Richardson Road , Camp Edwards, MA as listed and specified herein.

1.1.1 Hot Water Heating System

1.1.1.1 Isolate and turn off the generator power supplying the building

1.1.1.2 Isolate and shut down power to the building form the street service

1.1.1.3 Remove and dispose of the existing 1200 amp automatic transfer switch.

1.1.1.4 Supply and install a new 1200 amp automatic transfer switch in the existing equipment switch gear enclosure.

1.1.1.5 Supply and install a new generator controller.

1.1.1.6 Program new controller and transfer switch for operation.

1.1.1.7 Complete testing and commissioning of the transfer switch and controller to include a full load loss.

1.1.1.8 Return the power and all systems to full operation.

1.1.1.9 Clean up of the project site.

1.2 HOURS OF OPERATION: Normal working hours for Camp Edwards are 7:00 a.m. to 3:30 p.m. Monday through Friday, excluding Federal & noted State Holidays. Any work requested outside these scheduled times, if approved by the Contracting Officer, will be performed at no additional cost to the government.

1.3 QUALIFICATIONS: The work as specified herein shall be performed by qualified, trained personnel who are thoroughly familiar with State and Local protocol, Regulatory requirements and Industry Standards for professional mold remediation. The Contractor and/or his Foreman and any sub-contractors, must have been engaged in this type of business for at least five (5) years prior to the date of his/her bid and shall have all appropriate licenses and/or certifications necessary to perform the work as outlined herein. Contractor shall provide the Project Manager (PM) and/or the Contracting Officer (KO) with a copy of said licensing and certifications upon request.

1.4 INSPECTION BY THE GOVERNMENT: The Directorate of Facility Engineering (DFE) or PM as the designated field representative, will witness and/or inspect all aspects of the Contractors’ work. All work rejected as a result of these inspection will be re-accomplished by the Contractor at no additional cost to the Government.

1.5 ENVIRONMENTAL CONSIDERATIONS: Contractor shall take every precaution to protect both land and water resources within the Base proper, on Cape Cod and through out Massachusetts in general. Under no circumstances will waste or recycling byproduct be disposed of at other than the designated and/or an approved site for the specified byproduct. Contractor shall collect, transport, store, recycle, and dispose of all waste and recycling materials in strict compliance with these specifications and in accordance with all applicable laws and regulations of the Commonwealth of Massachusetts. Should spillage of any kind occur, the Contractor shall take immediate actions to contain said spillage and appropriately clean up or abate the area as necessary, and notify the appropriate authorities 911 If clean up or abatement actions are necessary, the Contractor shall comply with the applicable Federal, State and local laws and regulations concerning environmental pollution control and abatement, in effect on the bid date for this contract. All necessary clean up and/or abatement and site restoration actions shall be at the direction of the Contracting Officer and at no additional cost to the Government.

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1.6 SAFETY: All work shall be accomplished in accordance with applicable OSHA Standards. Contractor shall take all necessary precautions to ensure the work crew abides by industry safety standards in the performance of the work

1.7 FIRE PROTECTION: The Contractor shall take all necessary precautions to ensure all operations are performed in a fire-safe manner and that they are in strict compliance with current State and Federal Codes and Regulations. Additionally, he/she shall adhere to the requirements of JBCC Fire and Emergency Services Fire Prevention Standard 911-1 while performing work on Camp Edwards. This document is available through the JBCC Fire Department (FD) or the PM. Reminder to all, “Burn Permits” are required for all welding, cutting and spark producing work. Hot work permits are issued daily by the Project Manager and are only valid for that day.

Fire Department needs to be involved with the coordination. JBCC-FD 911-1 is available upon request.

1.8 SECURITY REQUIREMENTS: Camp Edwards is a "closed" facility located at Joint Base Cape Cod (JBCC). Entrance to JBCC is controlled and security is strictly enforced. To maintain security control the Camp Commander through the Provost Marshall has enacted the following requirements to comply with FAR 52.204-9 and HSPD-12 for Personal Identity Verification of Contractor Personnel. To achieve this, an NCIC (National Crime Information Center) background check will be accomplished on all contractor personnel prior to access to those facilities under jurisdiction of Provost Marshall and Security Forces Counsel of the JBCC. Contractor shall be required to furnish the identification of their personnel and that of any sub-contractors at the pre-performance meeting or no less than 5 business days prior to required access.

1.8.1 The DFE Project Manager (PM) will provide the successful bidder with an electronic copy of a Security forms, used to provide the necessary information described herein. The personal information shall be filled in completely and submitted via email to the PM. Required information: Employers’ name, Employees name, Date of Birth and Citizenship, Country of Origin, Drivers License number and State of issue.

1.8.2 All registration shall be accomplished through the DFE, PM Office. Upon receipt the PM will submit a request to Security Forces for processing. The PM will inform the Contractor when Camp access has been approved and/or if any employee is denied access. Contractor shall make necessary arrangements, to obtain passes/badges to enter the Camp and may proceed to the work site after a routine security check at the main gate. Security Forces Pass and ID office is located a the main gate pass office. Their hours of operation are from 7:00-3:00, M - F. Coordinate with the PM to schedule and acquire ID’s. Contractor shall ensure that all his employees, sub-contractors and their employees, and suppliers are registered for base entrance and that they shall remain within the designated "work site" as identified on drawings.

1.8.3 Compliance with the aforementioned requirements will minimize any delay in gaining access to JBCC, Camp Edwards and the work site. Contractor is cautioned that the Government will not be held liable for any cost incurred due to delays encountered or for non-compliance or conformance with the aforementioned security requirements and procedures.

1.9. CONTINUED USE OF FACILITIES: While the building will be occupied during this contract. The facility is an operating fire station and 911 service and as such must remain operational 24 hours a day. Work will be performed in an orderly manner with minimum disturbance and inconvenience to the occupants. The Contractor will confine his personnel to only those areas required in performing the work. Agreement will be reached between the Contractor and the Project Manager as to when the facility will be available for performance of work.

The Contractor will inform the DFE or his designated PM of these arrangements and confirm the appointment three (5) business days prior to proposed schedule to ensure nothing has changed and assure prompt access to the work areas.

1.10. DAMAGE TO APPURTENANCES OR FINISHES: Building finishes or appurtenances soiled or damaged due to the Contractor's operations will be cleaned, repaired, replaced, or restored without cost to the Government.

Misuse or abuse of Government property will be reason for default action under the terms of the contract.

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1.11. SITE VISIT: All prospective bidders are required to visit the site of work to familiarize themselves within the existing conditions and the scope of work. Visitors will be required to sign the Bidders Register upon arrival on Site. Bidders are cautioned that proper security information must be provided 72 hours in advance to visit the Job site. Individual appointments will not be accommodated.

END OF SECTION

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SECTION 02000

SPECIFIC WORK REQUIREMENTS

2.0 GENERAL: The Contractor shall provide all equipment, labor, materials, parts, supervision and other support services necessary to perform the work specified and identified herein. The Contractor shall provide these Services to meet: all applicable Federal, State and Local Codes, Regulations and Industry Standards governing the work identified herein, along with those identified in Exhibit A to the satisfaction of the Directorate of Facility Engineering (DFE) or his designated representative, and that of the Contracting Officer as noted in paragraph 1.4 herein. All facilities identified herein are located within the confines of Camp Edwards.

2.1 SCHEDULE OF WORK: The Contractor will provide a schedule of work within 10 days of the Notice to Proceed. Contractor shall be responsible for coordinating with the Project Manager (PM) and the fire Chief, to ensure available access and completion within the contract timelines. Any and all interruptions of power must be strictly coordinated to prevent interruption of the 911 service. Once all parties agree to service dates, the Contractor will confirm three (3) days in advance with PM and commence with the work .

2.2 SUPERVISION: The Contractor will provide competent supervision at all times when work is in progress.

He/she is responsible for scheduling and coordinating necessary trade activities through the DFE’s Project Manager. The Contractor and/or his job supervisor shall be held accountable for:

2.2.1 Ensuring that all work accomplished and materials used are in accordance with the contract and current code requirements. All materials shall be used strictly in conformance with manufacturer's directions and warnings.

2.2.2 Ensure employee's conforming to all regulations, Federal, State, and local, governing the performance of all work and that they confine all activities to the specified work site.

2.3 CONTRACT CHANGES::

2.3.1 The Commonwealth Military Division through the National Guard CFMO and/or DFE reserve the right to modify the original contract by adding, subtracting and/or substituting work elements which fall within the scope.

2.3.2 Any and all changes to this contract shall be submitted through the PM and require processing and approval from the Contracting Officer before they can be considered a part of this contract and/or before any payments can be issued to the Contractor.

2.4 SUBMITTALS: The Contractor shall be responsible for providing the following document and material submittals to meet the requirements specified herein

2.4.1 Inspection Report: After inspection, testing and field verification is accomplished, the Contractor will provide the PM with a schedule and replacement report. Should the Contractor identify or suspect an area of work not covered by this statement of work, the Contractor will verbally notify the PM and follow-up with a “report of findings” and expand on the inspection report, suggest appropriate response actions to include cost to correct. The report shall be submitted within three (3) business days of their performance. The original and one (1) copy is to be sent to the DFE through the PM.

2.4.2 Remediation Plan: Submit plan identifying your process, methods used to meet all requirements as outlined and include timeline and credentials for those performing the work for approval prior to commencing with work.

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SECTION 03000

TECHNICAL SCOPE

3.0 GENERAL: The Contractor shall provide all equipment, labor, materials, tools, supervision and or other support services necessary to perform all services identified herein to replace the generator transfer switch.

Contractor’s performance shall meet exceed MA Codes and the Industry Standards as they apply to Services identified herein to the satisfaction of the Consultant and DFE.

3.1 HISTORY: The existing facility was constructed in 2007. It is a 2 story steel and masonry structure, built for and still operated as a fire station at Joint Base Cape Cod, MA.

3.2 SPECIFIC REQUIREMENTS: All work shall be performed in strict compliance with the requirements as outlined in to the satisfaction of the PM and the DFE. The Contractor is cautioned that their service Forman and Technicians shall be thoroughly familiar with the requirements as stated in these documents and this specification, and will be required to have a copy of the contract documents with them at the time of service. The Contractors Service requirements include but are not limited to or by the minimal work elements noted herein and they shall complete the following in their efforts to meet the aforementioned compliance.

3.3 INSPECTION AND DAILY REPORTING: Contractor shall document their progress on daily basis identifying each area and extent of work performed. They shall identify on their daily log number of personnel on the project and number of hours worked. They shall identify any and all materials used for and shall provide separate inventory of said items when all work is complete. Any and all disposal shall be in accordance with applicable State and Federal regulations.

3.4 GENERATOR TRANSFER SWITCH

3.4.1 Existing Transfer switch and Generator

• CATERPILLER CTS AUTOMATIC TRANSFER SWITCH

• Model CTS

• 1200 AMP

• MX250 Microprocessor ATS controller

• MEXES

• Existing generator is a model 3456 EPG. 500kw Diesel, 480Y/277V, 3 phase, 4 wire.

3.4.2 Transfer Switch Replacement

• Supply a new caterpillar CTS transfer switch with microprocessor and MEXES equal to what is installed and compatible with the existing transfer switch enclosure and generator or equal.

• Supply a new Caterpillar controller compatible with the new transfer switch and existing generator. Turn over removed controller to the government.

• Remove and turn over tot eh government the existing tranf]sfer switch and controller.

• Supply and wire new transfer switch and controller.

• Perform complete testing and commissioning of the new equipment to include a

- 7 -power loss and full load transfer.

- 8 -

EXISITNG TRANSFER SWITCH DATA ON THE FOLLOWING PAGES

EiigiDe.Divisiófl JUly2004

Introducing the Caterpillar CTS Series of Automatic Transfer Switches The Caterpillar CTS Series power contactor type transfer switch makes use of a fully programrnablei confiqurable microprocessor-based controller to allow the utmost in application f1ex1b111ty.

Further, the CTS Series is offered in.a wide array of configurations enabling itto meet the needs of even the most highly critical load.

Available configurations include:

TS Automatic Transfer Switches 40-4000 Amps 1SD Delayed Transition Transfer Switches

40-4000 Amps ¯ CTSCT Closed Transition Transfer Switches

100-4000 Amps ¯ CBTS Automatic Transfer/Bypass Switches

100-4000 Amps

WHERE THE WORLD TURNS FOR POWER

I RI II LAB

CTS SeriEs Automatic Transfer Switch cB PeIa,e. I. :rtt pass'

0XO -Mips ¯ CBTSCT Clased Transftion Bypass Switches lUö-4000 Amps ¯ CTSM Manual Transfer Switches 40-4000 Amps

.3.S ty requirenrnnts toa1Iow speczfiotjon and pstiltjon wjth cfidence.

. .UL. listed Throiigh4Z0 / 178i IsedthrghQOVACL

¯ IEC947-6-1 Itsted through 480 VAC

NFFA 1q11. no

([EC 702

LEEg 44, 24F

. J'tEMA ICS2-447 tested te.. VAth.

* IEEE472 4.A SI

¯ EN55022 CIass B (CISPR 11) Exceeds

N5Sci :& MILS 4i: OIass:3 ¯ EN61000-4-- (Level 4) ¯ EN6I000-4--a (ENV50140 lOvfm ¯.EN6iAo44

+ IEEE 624

12X50is,5 &8kVJ

¯ EN610004- (ENV50141)

¯ EiJ61000-4-11 EIsures.nt.:the reqiiirement.¯of

¯ ANSI. .76

¯ NEMA250

ia1Iii. Stem:

¯ ISc: 90 Registered

CTh $is

The TS Series is the basis for each element of the Caterpi liar transfer switch product line.

This ruggedly built family of power contactor switches has been specifically designed for transfer switch duty with dependability,. versatility and user friendliness of prime concern.

The CTSpewer panel copon:antcorisisting of power switchi.rkg contacts drive mechanism arid terminal lugs, are mounted on aspecia Dy formed backplane Logu devices includtng m1eroprocessorcc'Lawi1iarytin:delay:sancI pec1al accessoryequipmeiit are assembled on

Th dcwforease: of mauitenance and separation from the power section They are coniiected with a num red w1r1n0 harness eqiippe.dwitha discormect plug that allows isolation of the control panel fbr maiTitenance.

CTS Series Method of Operation When the normal source fails or the voltage drops to a predetermined point (usually 80% of nominal), if required, a circuit is closed to start the engine generator set. When the eniergoricy source reaches 90% of rated voltage and .95% of rated frequency, the drive solenoid is energized through the emergericycoil controlrelay, causing the main contacts to disconnect the load from the normal source and connect it to the emergency source.

After the drive solenoid has completed its electrical stroke and is seated, the emergency coil control relay opens to disconnect it. The transfer switch is now mechanically locked in the emergency position.

l3EHE4iOO

When normal voltage is .rc-stored to a predetermined point (usually 90% of nominal), the control voltage sensing energizes. The normal sidc coil relay closes, and after the drive solenoid has completed its electrical stroke and is seated1 the coil control relay opens to disconnect it..

The transfer switch is now mechanically locked in the normal position.

Driv.e Mechanism All CTS switches employ the simple 'ovcr-center" principle to achieve a mechanically locked position in either normal or emergency and a high speed drive assures contact transfer in 100 ms or less. High contact pressure and positive mechanical lock allow for high withsnd and closing ratings, far exceeding UL requirements.

Neutral Switching The CTS Series is available in true four pole designs for mufti-source power systems that require switching the neutral. The neutral contact is on the same shaft as the associated main contacts.

This ensures positive operation, and avoids any possibility that the neutral contact will fail to open or close, as is possible when the neutral pole is an add-on accessory. The neutral contac are identical to the main contacts, having the same current carrying and high withstand/closing ratings as the mains. They are designed to break last and make first to negate the possibility of transients while switching the neutraL

CIS SERTS

4Omp 2pe

SfrMait'l perat1ón The CTS manual zperator consists of a large,, easy-to-use harde thatfits securely for manual tin fii* i Utlän and thäinanee q¯

Every CTS is provided with an operator inhibit switch to disconncctthe electrical drive prior to inainIvnance. Fully enclosed wrap-around arc covers shield the main contacts and mechanical components, preventing operator exposure during manual operation.

Highly ! luctive Loa:dr Some loads, especiaUy large motors recpiv seVere mech ca essifpciwer rs transfel-red outof phasewhiIe he motor s .stifl mtating

Alsobadc MFenerate4 b a motrrcan result Th over currents that can blow fuses or trip circuit brekers The CTS Series offets-lour solutions

1. Iai.JnhersaJ M&':n.:.=at Tiiis toad corirof dicoimectsa largG.moter'via ts control cn-tLiifOr in adjustable period f time pr'icr to.transkr in rthrectln. Eorswi chin9 multiple motors the motor disconnect cOntact with stagad restarf dis to 1aIfrI.nd L*ins'.tij: h e 'i:ftiJl

.LEHE465 1-00

2. Standard In-Phase Monitor: This feature compares the phase angle between both sources of power and prevents transfer until the two are approximately in phase (within a self adjusting range). The CTS's high speed transfer action coupled with the MX series microproceor control logic ensure closures at or near zero degree phase difference.

3. Series TSD: The CTSD offers a delayed transition on transfer switches 40A and above.

This programmed center-off position allows for the full decay of rotating motors .or transformer fields. It can also be used for load shedding of selected circuits or othcr.applications.which require a means to disconnect the lOad from either source. Many UPS system manufacturers recommend delayed transition switches to support sequencing of their systems. Reference the CTSD supplement for further details.

4. Series CTSCfl Caterpillar closed transition switches combine CTSD operation during a source failure with a highly engineered control system that allows momentary paralleling (100 nis) of two acceptable sources, thereby limiting the impact of transfer on the load.

Reference the TST supplement for further details.

CTS Series

MX25..

Micropn.ccssor BusIed ATS Controller

The MX250 advanced ATS controller manages switch operation via convenient touchpad which provides indication setting and diagnostic capabilities. As an embedded digital controller, the device offers high reliability and ease of unattended operation acros a range of applications.

The MX250 controller is designed for the most demanding transfer or bypass switch applications.

The CTS Series may be specified in its feature-rich standard configuration, with a wide array of individual optional attachments or with the addition of "an accessory group package which adds additional features at a reduced cost.

The CTS series may also be equipped with an optional external network interface for use with annunciators, modems or for cohnection to a

Standard features include pass code protection.

load/no load/fast test feature, commit/no commit tra nsfer selection, back-lit/temperature compensated LCD display, watchdog circuit for microprocessor operation, diag riostic displays for ease of maintenance, source connection and transfer data logging and many additional features.

The MX250's weather and tamper resistant control interface makes ft an ideal choice for a.wide'range of applications.

tHE41-OO

1I1

¯ EuesJOp1.h.n,a.I Attachments

Standard Features ¯ Back-lit LCD display (includes the display of.sourcc voltage and frequency, exercise time, delay options and source condition)

Menu driven operator interface ¯ Full phase adjustable under voltage sensing of both sources (90% pick up, .80% drop out) ¯ Single phase frequency sensing of the emergency source Auxiliary contacts indicating ATS position, S.P.N.O.

Engine start output contact

¯ LED indicatbrs for ATS position and source availabijity

¯ Plant cxerciser clock, load/no-load type

(configured for 1,7, 14 or 28 day runselections) ¯ Built-in time delays (with count-down display) for:

¯ Engine start (0-10 sec)

¯ Transfer to emergency (0-5 mm) ¯ Retransferto normal (0-60 nun)

+ Engine cooldown (0-60 mm)

Pushbutton to bypass time delay tra nsfcr/ratranfer lnphase monitor

¯ Event logging (last 16 events) ¯ Test switch (momentary test switch) flalAtt..chfløiits Aux1iiary Cmtacts

Auxiliary contact S PD I -Operates on NónlF&ture Auxiliary contact S.P.D.T. - Operates on Emergency Failure

¯ Auxiliary contacts (additional, beyond the single contact thatis standard) -closed in emergency position S.RS..T.)

¯ Auxiliary contacts (additiortal, beyond the single contact that is standard) -closed in normal position (SJ'.S.T.)

¯ Timed motor disconnect -on trarifcrto normal or emergency (contact opens during timing and re-closes instantaneously after tra nsf?r) i.HE465

¯ limed motor disconnect contact w/staged restart tcoritact opens prior to transfer in either direction and closes in sequence after transfer) Timed elevator transfer pro-signal contacts

¯ Fai cOntact S.RN.O. (closed when engine runs)

Sensors:

¯ Under treq. sensor, adjustable- normal source

(factory set at 95% of nominal) ¯ Over/under freq. sensor- normal source

(factory setat.under froq. - 95%of nomi nat, over freq. -2 Hz above nominal)

¯ Over/under frcq. sensor - emergency source (factory set at: under freq. - 95% of nominal, over freq. - 2 H? above nominal)

¯ Over voltage sensor - normal source -3 phase (default setting of 110% of nominal)

¯ Over voltage sensor - emergency source -

3 phase (default setting of 110% of nominal) ¯ Phase sequence sensor (prevents transfer is sources are not in like phase rotation)

Control Inputs:

¯ Input to enable peak shave/remote test" mode, relay based (120 VAC Input required) ¯ Input to inhibit transfer to the emergency position, relay based (24 VDC input required) ¯ Input to inhibit retransfer to the normal position, relay based (24 VDC input required)

Meter Options:

¯ Ammeter - single phase ¯ Ammeter - three phase w/selector switch ¯ Hour meter ¯ Frequency meter ¯ EPM Digital Power Meter

Available in several models coifigurad tO measure AMPS, Volts, Frequency, Watts kVA, kVAR, kWh, Power Factor as well as Harmonic Distortion. Available in a Modbus 4g5 or an RS2332 Communications port.

O Opttoal Pcessoryimtir1uded but can be atd&4 to grojp package

Q Optiona1 ~ccesspty Can nt be used wjth a essocytiavirg the same s'rn1rnI

C eatea an AisesLontw1Th2 crrctnts a a standard @ Sa StaRdaEd

: IHv dTransUipntJnits r1y.

Optjopal 4or4O-4iO #rnp

CT$ r1es

[1

Group Packapes

Accessones MSTDS¯ MEXES

MCONS MSENS MSPES MPSCS

Accessory Def1nitons

6P Microprocessor activated test switch (Momentary)

6A Ha rdwired test switch (Maintained)

SAP

Microprocessor activated tostswitch (Mal ntai tied)

.6B ardvite. tets*itch intairid Auto-.

Momentary Test) Key opeated ¯fiç fjardw,red testswitch (Maintained Aitto-

Aud1iary 1,) fiJttre

Auxiliary ContactSP[)T - Emergency (Source 2) aUure

A3 Auxiliary Contact- closed in emergency (Source 2) Additional available (10 max.) on CTS and need to be specified

A4 Auxiliary Contact -closed in normal (Source 1) Additional available (10 max.) on CTS and need to be specified

A62 Motor disconnect and staged restart (1 contact)

AB3

Auxiliary Contact - closed in bypass emergency (Source 2) (S.RD.T.) (Standard up to 400A) Additional available (10 max.) on CTS and need to be specified

AB4

Auxiliary Contact -closed in bypass normal (Source 1) (S.RD.T.) (Standard up to 400A) Additional available 10 max.) on CTS and need to be specified

B9 Battery charged (ships separate from ATS) -semi-float 5 amp (need to specify iripu'output voltage and typo LA, N, FL)

Calibrate MicroprocessOr activated calibration feature

COP

Programmable exorciser daily, 7/14/28/365 days user-selectable, with or without load.

CDT

Exerciser no load timer.. lncreascd functionality no longer reqUires a jumper.

TAP

Chicago transfer alarm panel mounted in door of enclosure. Includes 3 aux. contacts and fuse.

DS

Disconnect Switch. Disconnects source voltage to transfer power panel.

DT (Delayed Transition Only) Time Delay from Neutral Switch pOsition to Source i on retransfer OW (Delayed i-ansifion Only) Time Delay from Neutral Switch position to Source 2 on retransfer E Engine Start Relay

ELIP

Event lag of last i&¯events

F:

Fan contact, closed when engine runs HT1 or HT2 Heater and Thermostat (HTI for .208/2.40V, HT2 for 380/600V mounted and Thterwired in enclosure (requires larger enclosure for 4O-200A K FrequOncy Meter - Door mounted K!P Frequency Indication on the controller LNP Center-off position LCD-Indicator Indicating LED lights

Li indicates Switch in Source 2 position.

12 indicates Switch in Source. 1 position.

U Indicates Source I available.

14 Indicates Source 2 available.

Ml Si:gJe: a::*t M2 Tkee PhasaAmp.:Mier

MRO.

3000 Digftai Power Mnrtor M82

Met

MS

3A tA Digt.a1 Pow..rM±er. with Modbus. Port

Li

CT:$Sfir'ls

M83.B EPM 5350 Digital Power Meter with Ethernet Port M84 i:O.o1gttaJ ?werJ1etei.Wye orDelta M85A EPM 9450 Dlgitai Power Meter Ethernet MisB EPM 9450 Digital Vower Metr with Internal

M86A EPM 9650 rgtta1 Power Meter, Wye or Delta, R232 R45 M86B EPIVI 9650 Digitaf Vower Meter, Wye or Delta, Rsa^ Rs4 N:1 Running T,rn Thdicator Door mounted

NZI

OtFôb Coth,ter- Doó M.thiiid Ph En9ine Start iimeradiustabe.osec.

PZ

trt Tflm.

Peak shave/rempte load test'area protection -

Re[ay fSP D t Need tospecify vottage -

120 VAC,.24 VA, 24 VDC - 120V default standard) as Inhibit tra rifer to emergency (Source 2) (load add reIay -1{elay IS P.O TJ ('Need to specifi voltage -

12VAC, 24AC 2tVDC- 120Vdefarjlt standard) (7

Inhibit transfet to twirmaJ (Source 1) -Relay (S PD TJ (Need to sØecify voltage- 120 VAC, 24 VAt, 24 VOC - T2OV default ate ndardj

R1tiR13 OverYoltage sansuig for normal (Source 1) single Ifi1orthre:.R1-3 phase

R151R15!

Load Shed Should Sour.ie2 become overloaded, a ^ignal can begwen to switch to the dead or Mid positi.orL

Phase rotation sensing of F)ormal (Source 1) nd

R26iR:6D Interruptible Power Rate Provisions Allowtransfèn out:ofSowce 1 pesition tol Mid posrtion or dead Source 2 Alarm arid Pre-Signal circuit included. (Ned to specify voltage -120 VAC 24VAC, 24 VDC- F20V default standard)

:Rg4a51oo

R50 Ln Phase monitor between Normal (Source 1) and

:e¯rmy .150¯

5.P1 MlcrOfi:rOceSScrr acivadaijth/manuai. r.etranser selector switcth 'fot transferring to I'4ornial (Source 1) (includes microprocessor activated YN. psS

Si2P .

Mlcrop:rocessor act1vatcdaüWmanuaI.

(Source 1.) (includes mlcrnprpoessnr activated y

S1¯3Pi M icroprocessor activated commit/no commit on transferring to Emergency (Source 2) wItil' a.rbl.disa¯ble)

Si.4

Keyed selectorswitch for (retransfer to normnal

Aiito/Off/Start Engine cont.rolsal.ector- Door mounted (keyed or non-keyed oper.tion available) ;wz

Auto/Off Engine control selector - Dor mounted Ikeyed: Qrni n-keyed Dperation av liable);

SWS

Source Priority Selector Switth Door mounted Allows selection of Sutce 1 or Soirrce 2 to be the Prime Source Transfer Switch will transfer t selected Prime Source if that Source is available keyed: or norm-keyed operation avai.iabie.

Ret.rarisfer to normal adjustable time delay

T3/W.

Pre-signal contact on transfer to Normal (Source 11 or Emergency (Source 2) during test Li Engine stop/cool adjustable cool dowrvtimer

Pre and post transfer output adjustable time range Functions in both directuns Includes 2 cfrculfsJddjtionalcui1saya:i:lab(e

Voftage imbalance between phases (3 Phase enly) w Adjustable time delay on transfer to Emergency lS.ource 2)

YEN

Bypass transfer timers function (softswrtch fl contrI):

ZNET'

Microprocessor Communication Module

CITS tICS

¯ Testswitcii iaintned¯type. ia an external selector switch

¯ Test switch -mornentarytype, key operated ¯ Testswitch -mintarned type key operated

SEI:tpr td'.Optoñ Engine selector swtteh (Auto/SfartlOff), 'Auto" prides 1orrM1 operation, Off' 4terrupts the

"Sta rt" causes engthe to rUn until switch remtived from tarr' position

¯ f Jôfmect ifJi AutpWa nual retia is rzeletto.switch

(fz1l th'i mod etorswich Retransfrf1est1Auto selector swltcb

:Ms&Ia.ñcbu a Space beater- thermostatkallrcontrolted a Extended time dely op engine sa5-3OQse) .' Netork interface card

Manyadditi'o.natoptionaI alt hnents: re availabje.to meet specfic appiiction consult rC'terplliafPri'ce;Ust orApplcajions EngifleetThg with yourproject's ¯spre needs.

¯LCU IJL ListI. ed:. ¯ o.Id.erless 'Scrcw-1ype Terminals for External. P. ier 'Connections

Normal. Emergency Normal Emergency & toad Terminals & Load Terminals

Switch Size Cables Range of Switch Size cables Range of Amps per Pole Wire Sizes Amps per Pole Wire Sizes

#8

.1

'kW'to. 600.' 'Mc'...' 4-..-

Nm¯S Line anc Ioad'terinnaIs r'e4acate in rear'antl artanged 'far Ius bi- cunnection Term.

iri:t reAvsilábie aT daIt C fatoV'forthote détaiis..

I Spepialterininal iigsand nntrathar re able"atadthtinnal cast Coritaqt factory andacivise cablesizes and numlaer

..rpoe

.t iLIlyrated.sOlrd ratra! ndn' ht'.ri Normal and erriergency may be�'yererJ inverted on auy wrtch Load may be inverted SO 2OGamps' 'Coisuftiffe lactory

4. Lug adpters'forSOOO 40Q0 amp uaitnay be stherer erth 'for ease of'entrance Coi,suttThe faitor' 'fordetails

5. Speiai.Ing ati&i é'fltth' req üre .thdithiréd irerFaertifiéd d ir,co tai tcTERPJUAL tiEI4E4o51-00

UI and £SA: ;BflThigS test:

and rt y ncj aht Jpjrerfl ircaJ RMs .:TS4t

LEJE1-O

:^O4:Cepillar ñtèdin IJS

P41 tights réerved

CTSDOO a -OUG amE t+attiCTS Sertes FSCT idCBTS 1O&i 4OODffi ifls iifäfó:&SeTis

4J çliscretioowhen d,snbvtin.